Showing papers on "Memristor published in 1983"
TL;DR: In this article, a state-space formulation for two-terminal higher-order elements is provided, and properties such as local controllability, input-observability, passivity and losslessness are investigated.
Abstract: Higher-order elements are introduced to provide a logically complete formulation for nonlinear circuit theory. A distinctive feature of higher-order elements is that they possess internal dynamics that are more complicated than those of conventional circuit elements (namely, the resistor, inductor, capacitor and memristor). In this paper, we provide a state space formulation for studying two-terminal higher-order elements. State-space properties such as local controllability, input-observability, passivity and losslessness are investigated in detail.
6 citations